| 1. | Advances in chromosomal location and molecular tagging of genes for resistance to dwarf mosaic virus in maize
玉米抗矮花叶病基因的染色体定位及分子标记研究进展 |
| 2. | They were localized in chromosome 11 , coincident with the result of the genome sequence blast
用高分辨率的tng放射杂交试剂盒进行基因染色体定位，结果显示hse基因是定位于人的号染色体上。 |
| 3. | In finns , 18s - 5 . 8s - 26s rdna localization were reported for five species , and 5s rdna sequences were obtained for only three species
8s - 26srdna的染色体定位研究只包括5种植物，其中的3种同时涉及到5srdna定位。 |
| 4. | Chicken tyrp1 exons show 70 . 1 % nucleotide sequence homology with human exons . fish result shows that tyrp1 locates on the long arm of z and w near to the centromere
用荧光原位杂交进行tyrp1的染色体定位，首次将tyrp1定位在z和w染色体长臂近着丝粒的位置。 |
| 5. | We can not find the same protein in genbank through the blast procedure from ncbi . we located hbrp gene on the chromosome and examined the expression of hbrp gene in human tissues . we also expressed hbrp in e . coli
经blast分析，在genbank未检索到与之相同的蛋白，我们对hbrp基因的染色体定位以及在人体各组织中的表达分布情况进行了研究，并将该基因编码的蛋白进行了原核表达。 |
| 6. | As the number of r - bands is associated with that of genes , and most genes that have been mapped to mammalian chromosomes with sufficient precision are usually distributed in r - bands rather than in g - bands . this is apparently in agreement with the hypothesis of two rounds of extensive gene duplication leading to the origin of the vertebrates
R带的数目与基因的多少相关，许多哺乳动物的基因已精确地进行了染色体定位，大量报道证明它们一般分布在r带上，而不是g带上，文昌鱼r带的数目恰恰与脊椎动物起源时发生了两次基因倍增的假设相吻合。 |
| 7. | Location of the hbrp gene in the chromosome according to stanford g3 rh panel , a pair of primers are designed in the 3 " - utr region of the gene which is to be localized and human genome dna is amplified in advance whose products are examined by electrophoresis . then g3 panel is amplified and this process is repeated twice . the pcr result is sent to stanford human genome center ( shgc ) http : / / www - shgc
Hbrp基因的染色体定位使用stanfordg3rhkadiationhybrid ）嵌板，在所要定位基因的3 ’非翻译区（ untranslatedregion ， utr ）设计引物，预先扩增人基因组dna ，电泳检测产物大小，继之扩增g3rhpanel ，重复两次，将pcr结果输人斯坦福人类基因组中心（ shgc ）的主页（ http ： 、 shgc |
| 8. | For example , while seeking the gene responsible for making betaglobin , a key component of the hemoglobin protein that transports oxygen through the bloodstream , scientists identified a dna sequence that looked like a globin gene but could not possibly give rise to a protein
举例来说，科学家在进行染色体定位，希望找出在血液里负责运送氧气的血红素中、一种关键组成物球蛋白的基因位置时，却发现另一段dna ，序列看起来像是球蛋白基因，但显然不可能制造出蛋白质。 |
